PDF] Mining and Ranking Biomedical Synonym Candidates from

The results show that PRF-based reranking outperformed word embedding based approach and a strong baseline using interwiki link frequency, and suggests that medical synonyms mined from Wikipedia can increase the coverage of existing synonym resources such as UMLS. Biomedical synonyms are important resources for Natural Language Processing in Biomedical domain. Existing synonym resources (e.g., the UMLS) are not complete. Manual efforts for expanding and enriching these resources are prohibitively expensive. We therefore develop and evaluate approaches for automated synonym extraction from Wikipedia. Using the inter-wiki links, we extracted the candidate synonyms (anchor-text e.g., “increased thirst”) in a Wikipedia page and the title (e.g., “polyuria”) of its corresponding linked page. We rank synonym candidates with word embedding and pseudo-relevance feedback (PRF). Our results show that PRF-based reranking outperformed word embedding based approach and a strong baseline using interwiki link frequency. A hybrid method, Rank Score Combination, achieved the best results. Our analysis also suggests that medical synonyms mined from Wikipedia can increase the coverage of existing synonym resources such as UMLS.

FindPFΔS: Non-Target Screening for PFAS─Comprehensive Data Mining

PDF) Mining Semantically Related Terms from Biomedical Literature.

PDF] Mining and Ranking Biomedical Synonym Candidates from

PDF) Mining and Ranking Biomedical Synonym Candidates from Wikipedia

Mining Natural Products for Macrocycles to Drug Difficult Targets

Computational systems biology in disease modeling and control

Understanding common key indicators of successful and unsuccessful

PDF) A review on biomedical mining

An overview of biomedical entity linking throughout the years